Undergraduate Projects
During my undergraduate studies, I improved my manufacturing and design skills through participation in design contests and mechanical projects. These projects allowed me to apply what I learned in the classroom to real-world situations, helping me understand the material better and gain valuable hands-on experience. I also improved my problem-solving skills by thinking critically and creatively to solve complex problems in projects. Working on projects with other students also improved my teamwork and communication skills. Overall, these projects were a valuable learning opportunity that helped me succeed as an engineer.
STRATEGIES REVAMPED SAE bAJA
2021
The Baja SAE India 2022 event held in Pitampura, Indore was a competition focused on designing and building off-road vehicles. As a transmission system engineer, I participated in the event and was responsible for performing CAD and CAE using SolidWorks and ANSYS. I also helped to manufacture the all-wheel drive transmission system for our team's vehicle. During the event, we placed 2nd runner up in the virtual dynamics event, which was a testament to the hard work and dedication of our team. Overall, participating in Baja SAE India 2022 was a fantastic opportunity for me to apply my engineering skills and gain valuable experience in the field.
Embracing Challenges SAE bAJA
2021
Baja SAE India is an annual engineering design competition where students design, build, and test small off-road vehicles. Due to COVID-19 regulations, this year's event was conducted online through virtual dynamics. As a transmission system engineer in my team, I participated in the virtual event and was responsible for designing and analyzing the transmission system of our vehicle using CAD and CAE tools like Solidworks and ANSYS. I created detailed 3D models and drawings, conducted simulations to assess the performance and safety of the system, and worked with the rest of the team to integrate the transmission into the overall vehicle design. Our team received the Engineering Design Award, which recognizes the innovative and well-designed transmission system that we developed. Participating in Baja SAE India was a valuable and challenging experience that allowed me to apply my engineering skills and knowledge to a real-world project, even in the face of the challenges posed by the COVID-19 pandemic.
Go Kart Design Challenge
2020
In the go kart design challenge, my team and I had the opportunity to design and build a go kart from start to finish, along with 15 other participants. This included creating a concept design, using CAD software to make detailed 3D models and drawings, building and testing a prototype, and making changes to the design as needed. We learned how to use CAD software and CAE tools to analyze the performance and safety of the go kart. We also gained valuable experience in teamwork and communication as we worked together to complete the project. Overall, this challenge was a great opportunity for all of us to develop our skills in mechanical design and CAE and apply what we had learned in the classroom to a real-world project.
5-Axis Robotic
2022
This project aims to design a cost-effective robotic arm that is capable of 5-axis movement. By utilizing Solidworks and conducting finite element analysis, we aim to create a robotic arm that can be easily 3D printed using low-cost materials and assembled for use in conceptual and proof-of-concept projects in robotics. In addition, we will use Robodk software to simulate the arm's collision avoidance and wave point trajectory functions. The high cost and investment required for traditional robotic arms is a significant challenge in the industry, and our goal is to address this issue through the development of a more affordable solution. This project seeks to contribute to the field of robotics by proposing a cost-effective solution for a fundamental component of numerous industrial and research applications.